Enhanced Safety
: Continuously monitors critical heat-generating points such as busbars, circuit breaker contacts, and cable connections, and detects abnormal temperature rise, partial discharge, and environmental anomalies early to prevent fires and equipment accidents.
Self-Powered Operation
: Utilizes energy harvesting technologies such as electromagnetic induction, electric field, thermoelectric generation, and solar power to reduce the burden of external power wiring and frequent battery replacement while ensuring long-term operational stability.
Predictive Maintenance
: Accumulates temperature, humidity, and partial discharge data to analyze abnormal equipment patterns and establish maintenance plans before failures occur, minimizing emergency repair situations.
Easy Installation
: Minimizes complex wiring work based on 2.4GHz LoRa wireless communication and can be applied to various equipment including existing switchboards, transformers, transmission lines, and cable connections.
Integrated Monitoring
: Centrally manages data from multiple sensors through IM-GW-N3/N9, IM-DU-LI100, and HMI, and supports rapid on-site response by viewing alarms, trends, and historical data on a single screen.
Reduced Maintenance Cost
: Reduces management burden from manual inspections, wiring maintenance, and battery replacement, and lowers costs from equipment damage and unplanned shutdowns through early response to abnormal conditions.
Operational Continuity
: Monitors equipment status in real time to prevent unplanned shutdowns and accident escalation, supporting stable equipment operation at power plants and industrial facilities.
Scalability & Connectivity
: Integrates with existing systems based on Modbus-RTU, RS-485, and Modbus-TCP, and allows flexible expansion of sensors and gateways according to site scale and equipment configuration.
Safety
